Curriculum Vitae
Department: School of Marine and Atmospheric Sciences
(SoMAS), Stony Brook University
Name: Chang, Edmund, Kar-Man
Present Rank: Professor
I.
EDUCATION
DATES
ATTENDED DATE OF
INSTITUTIONS ATTENDED From To DEGREE DEGREE FIELD
California
Institute of Technology 9/78 6/82 B.S.
(Hons) 1982 Physics
Princeton
University 9/82 6/84 M.A. 1984 Astrophysical
Sciences
Princeton
University 9/89 6/91 M.A. 1991 Atmospheric
Sciences
Princeton
University 7/91 1/93 Ph.D. 1993 Atmospheric
Sciences
DISSERTATION
TOPIC (Ph.D.): Downstream Development of Baroclinic Waves
Thesis
advisor: Dr. Isidoro Orlanski
II. PROFESSIONAL EXPERIENCE
FULL-TIME TEACHING/RESEARCH ACADEMIC RANK
INSTITUTION & FIELD FROM TO
Massachusetts
Institute of Technology Post-Doc
Associate 2/93 6/94
Atmospheric
Sci.
Massachusetts
Institute of Technology Assistant
Professor 7/94 8/99
Dept. of Earth, Atmos. and Planetary Sci. Atmospheric Sci.
Florida
State University Associate Professor 9/99 8/01
Department of Meteorology Meteorology
Stony
Brook University, SUNY Associate
Professor/ 9/01 present
School of Marine and Atmospheric Sci. Professor (Atm. Sci.)
Other Professional Experience (Part-time teaching, adjunct
positions, consulting; including dates)
Kau Yan College, Hong Kong High
school teacher 9/84 to 5/85
(Math
and Physics)
Royal
Observatory, Hong Kong Scientific
Officer 6/85 to 8/89
(weather
forecaster)
III
Research Interests
My main research focus is on investigating the large scale dynamics
of the mid-latitude troposphere. The phenomena that I have investigated range
from baroclinic waves/cyclones up to storm tracks and the large scale mean
circulation. The distinctive characteristic of my research lies in the fact
that I employ a wide range of tools in my research, ranging from analyses of
gridded atmospheric analyses and GCM simulations to learn about the basic
characteristics of the phenomena, examination of actual observations to
validate what have been learnt from the gridded data, and dynamical studies
using a suite of intermediate/mechanistic models to achieve better
understanding of these observed phenomena. For more details, click here.
IV Publications
Please
refer to most recent publication list
V
Teaching Activity
Undergraduate
Courses:
1. Atmospheric Structure and Analysis, ATM 247, 3 credits, undergraduate majors required course, taught every other spring since 2002
2. Introduction to Atmospheric Sciences, ATM 205, 3 credits, undergraduate majors required course, taught every Fall since 2004
Graduate
Courses:
1. Theoretical Meteorology II, MAR 594, 3 credits, graduate core course, taught in Fall 2001-2003
2. Advanced Atmospheric Dynamics, MAR 582, 3 credits, graduate elective, taught in Spring 2003, 2005, 2007, 2011
3. Graduate Seminar in Atmospheric Sciences, OCN 694, 1 credit, graduate core course, co-taught Fall 2002-Spring 2006
4. Theoretical Meteorology I, MAR 593, 3 credits, graduate core course, co-taught in Spring 2004
5. Special Topics in Marine Sciences: Readings in GFD, 2 credits, graduate elective, co-taught in Fall 2006
6. Special Topics in Atmospheric Sciences: General Circulation of the Atmosphere, 2 credits, graduate elective, taught in Spring 2009
Graduate Students supervised/supervising:
At SUNYSB: Xiaosong Yang (Ph.D. 2006), Siwon Song, Yanjuan Guo (Ph.D. 2010), Xiaoming Xia (Ph.D. 2012), Minghua Zheng, Albert Yau
At MIT: Pablo Zurita-Gotor (Ph.D. 2002; co-advised with Richard Lindzen), Yijian Chen (M.S. 1997), Gregory Lawson
Postdocs
supervised:
Dr. Yunfei Fu, Dr. Nili Harnik, Dr. Pablo Zurita-Gotor, Dr. Yanjuan Guo
VI. Recent
University Service
Arts
and Sciences Senate Curriculum Committee (member, 2007-11; co-chair, 2008-09;
chair, 2009-11)
VII. Professional Service Outside the
University
Reviewed
papers for:
Journal of the Atmospheric
Sciences, Journal of Climate, Monthly Weather Review, Journal of Geophysical
Research, International Journal of Climatology, Geophysical Research Letts.,
Quarterly Journal of the Royal Meteorological Society, Tellus,
Atmosphere-Ocean, AGU monograph, Climate Dynamics, Bulletin of the American
Meteorological Society, Advances in Atmospheric Sciences, G-Cubed
(Geochemistry, Geophysics, Geosystems), Atmospheric Sciences Letters, Climate
Research
Reviewed
Research Proposals for:
National
Science Foundation, NOAA, and NERC (UK). Review Panelist for NSF
Associate
Editor of Monthly Weather Review (2002, 2007-2009)
Convener of Special Session on
Variability of Storm Tracks, AGU Spring Meeting, 5/2002
Session
Chair at various AMS meetings
Contributing author, IPCC Fourth
Assessment Report WG1 Ch. 3 (Observations: Surface and Atmospheric Climate
Change)
Co-leader, THORPEX interest group on
The role of Rossby wave dynamics in predictability
Member, AMS committee on Atmospheric
and Oceanic Fluid Dynamics (2006-2011)
Program co-chair, AMS 18th
Conference on Atmospheric and Oceanic Fluid Dynamics (June, 2011)
Chair, US THORPEX Science Steering
Committee, 2011-
VIII. Invited Talks (since 2006)
University of Maryland, College Park
May 2006
Lamont Doherty Earth Observatory,
Columbia University Sept 2006
Beijing University Mar 2008
Institute of Atmospheric Physics,
Chinese Academy of Sciences Mar 2008
COLA, George Mason University Oct
2008
Stony Brook University Oct 2008
MOCA 2009 July 2009
Third THORPEX International Science
Symposium Sept 2009
Texas A&M University Nov 2009
Chinese University of Hong Kong
Apr 2010
University at Albany Dec 2010
University of Rostock (Germany)
Mar 2011
University of Mainz (Germany) Apr 2011
Karlsruhe Institute of Technology
(Germany) Apr 2011
Hong Kong Observatory Jun 2011
Caltech Oct 2011
JPL Oct 2011
Stony Brook University Nov 2011
Stony Brook University Mar 2012
AGU Fall Meeting Dec 2012
Atmospheric
sciences at Stony Brook